| Product Number | 4630-1-0T |
| Purity | 98 % |
| CAS | 33311-29-4 |
| MDL Number | MFCD03004838 |
| Molecular Formula | C9H13NO2 |
| Molecular Weight | 167.208 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 4H56-1-811
CAS: 1349715-80-5
Molecule Weight: 165.192
Formula: C9H11NO2
PN: 4630-1-2B
CAS: 59954-04-0
Molecule Weight: 181.191
Formula: C9H11NO3
PN: 4656-3-0M
CAS: 1099686-32-4
Molecule Weight: 235.206
Formula: C10H12F3NO2
![4-[(Oxiran-2-yl)methoxy]aniline](data:image/png;base64,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)
PN: 4656-1-T8
CAS: 17558-76-8
Molecule Weight: 165.192
Formula: C9H11NO2
TSCA: Not listed on TSCA inventory
